A. Nakatani et. al., "Accurate Green's Function Computation for Printed Circuit Antennas on Cylindrical Substrates,"Electromagnetics Journal, no. 6, pp. 243-254, 1986.  Home/Search   Document Not in Database   Summary   Related Articles

....and hence the algorithms in [14] 17] are difficult to use for a complete full wave analysis of these arrays. It is therefore prudent to select models that are close to the desired architecture of conformal arrays, yet simple to analyze. Hence the available formulations for conformal arrays [18] [20] have not 2 been implemented here, due to their complexity. Instead the model studied here is identical to the one in [21] 22] since it is numerically easier to examine the characteristics of such arrays. This model is a single ring array of 2 , axial, electric dipoles in presence of a ....

....more control on the overall sidelobe topology. Some of the results obtained in [23] are particularly interesting for our present analysis. These will be discussed later in this section. Analysis of the array shown in Fig. 2 2 is quite involved because the available mathematical formulations [18] [20] for conformal microstrip patches converge very slowly, requiring significant analytical pre processing before their numerical implementation. For cylindrical structures determination of the complex waves [18] become very complicated as compared to planar configurations [34] This is because ....

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A. Nakatani et. al., "Accurate Green's Function Computation for Printed Circuit Antennas on Cylindrical Substrates,"Electromagnetics Journal, no. 6, pp. 243-254, 1986.

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